| 1. | This chapter provides the main background for the electromagnetic theory used in this book .
本章阐述本书所用的电磁场理论的主要基础。 |
| 2. | Microwave electromagnetic theory and periodic structures
微波电磁场理论与周期结构 |
| 3. | Theory of electrical moto electromagnetic fields
电机电磁场理论 |
| 4. | We essentially believe that the electromagnetic wave has the quantum characteristic of matter wave
现代电磁场理论研究的是具有量子特性的电磁波与具有经典特性的物质之间的电磁相互作用。 |
| 5. | The fundamental principles underlying the concept of electronic beam steering are derived from electromagnetic radiation theory employing constructive and destructive interference
电子波束控制的基本原理来自于电磁场理论的相干作用。 |
| 6. | Based on the electromagnetic theories , this dissertation presents analytical method to solve the magnetic field caused by the air - cored solenoid coil
本论文从电磁场理论出发分析了空心圆柱线圈的磁场，并利用矢量磁位求出了线圈的电感。 |
| 7. | Based on the physics theory teaching , this paper has found the new achievements in modern physics teaching and some problems in electromagnetic field theory teaching as well
本文在研究物理学专业理论教学的基础上,看到了现代物理教育的新进展,但同时也发现了电磁场理论教学中存在的某些问题。 |
| 8. | The main conclusions are as follows : first of all , applying the conception of flux lines to the theory of electromagnetic field makes abstract electrostatic field visible and intuitive
主要内容和结论可归纳如下:首先,电磁场理论由于引入了力线的概念,从而使得非常抽象的静电场获得了形象化的直观表达。 |
| 9. | The main topics of the summit are as the following : making methods of optical fiber and optical cable , optical communication system , optical device , integration optics , optic wave guide and electromagnetic field theory etc
交流光导纤维及光缆的制作、光通信系统、光器件、集成光学、光波导及电磁场理论等。 |
| 10. | This article analyses and discusses several typical difficult problems related to the solution of the electromagnetic field in electrostatic field , which will benefit the teaching of the theory of electromagnetic field
本文就电磁场中静电场求解的几个典型疑难问题进行分析、讨论望能对电磁场理论教学有所裨益。 |
